In the typical landscape of road transportation, about 90% of traffic accidents result from
human errors. Vehicle automation enhances road safety by reducing driver fatigue and …

Abstract Connected and Automated Vehicles (CAVs) can potentially improve the
performance of the transportation system by reducing human errors. This paper investigates …

The contribution of autonomous vehicles to traffic is one of the key aspects of future ground
transportation in smart cities. Autonomous vehicles are able to provide many benefits, but …

Microscopic car-following models can be applied in Autonomous Vehicles (AVs) to control
the real-time longitudinal interactions among individual vehicles. Moreover, they can have a …

Road traffic crashes are a major safety problem, with one of the leading factors in crashes
being human error. Automated and connected vehicles (CAVs) that are equipped with …

Connected and automated vehicles (CAVs) have great potential to improve driving safety. A
basic performance evaluation criterion of CAVs is whether they can drive more safely than …

Connected and automated vehicles (CAVs) are expected to improve both traffic safety and
efficiency by reducing the human driver errors. Recently, many researchers have focused on …

Connected vehicles are on the cutting edge of automotive technology with applications
expected to improve mobility and safety. Several studies have evaluated the mobility …

This study provides a literature review of the simulation‐based connected and automated
intelligent‐vehicle studies. Media and car‐manufacturing companies predict that connected …

Application of connected and automated vehicles (CAVs) is expected to have a significant
impact on traffic safety and mobility. Although several studies evaluated the effectiveness of …